Educating for the future : technological advantages?

Educating students for the future involves providing them with skills to cope with technological change. Schools and teachers have been adapting their practices in mathematics and science to incorporate information and communication technology (ICT) as a routine aspect of learning. However, recent research indicates that not all students have equal access to the technologies they need. A number of reasons are investigated: the location of the schools (regional and rural settings), the capabilities of the teachers and access by staff and students to high quality resources. This paper presents the findings of this research.

Teenage technological experts : Bourdieu and the performance of expertise

This thesis explores the construction of technological expertise amongst a heterogenous group of New Zealand teenagers, specifically in regard to their home computer use, which for many of them is their primary site of leisure. This thesis explores the field in which these teenagers are positioned, and explains the practice constituting that field. In this field, the trajectories towards expertise are explained including the time, experimentation, and pleasure evident in their praxis. The qualitative study involved observations and interviews with eight teenagers aged 13 – 17. Five boys and three girls participated and each attended one of various secondary schools located within a provincial city in New Zealand. All of the participants considered themselves to be technological experts, and their peers and/or their family supported this comprehension. Drawing on Pierre Bourdieu’s socio-cultural theories, the capital (cultural, economic, social) and habitus of the teenagers are described (habitus being what makes them who they are, and continues to define who they are in the future). Chapter five centres on explaining the field the teenagers have positioned themselves in, namely the field of out-of-school leisure and home computer use. It also explores the construction and performance of technological expertise within the field. Chapter six examines traditional views of schooling and expertise, and contrasts these views with what the teenagers think about their learning and expertise. This gap is specifically explained with regard to differences between the concepts and value of learning, expertise, and technology, and how they are recognised and valued differently between generations. Chapter seven explores the praxis that the participants exhibit, which is arguably misrecognized by those whose interests are in the established order (e.g. institutional, societal structures). The field they are placed in is arguably part of the broader field of education, yet the findings suggest their capital is misrecognized by digital newcomers, and therefore not legitimated. This thesis concludes that the gap between teenager and adult understandings of expertise is exacerbated in the digital world in which the teenagers position themselves. Their schooling is mainly positioned in the print culture of previous generations and consequently, in the lives of these teenagers, schooling has had little influence on the development of their technological expertise. Additionally, gender has had little impact in their development of expertise; therefore stereotypical notions of female underachievement as computer experts are contested.

Inter-firm complementarities in R&D : a re-examination of the relative performance of joint ventures

We compare duopoly outcomes between two alternative modes of research and development (R&D), viz. independent R&D and non-cooperative research joint ventures (RJVs), when there are complementarities between firm-specific R&D resources. When complementarity is high, RJVs lead to higher technological improvement and the reverse holds for low complementarity. In the intermediate range, the comparison depends on the relative imperfection in spillovers afflicting independent R&D. In sharp contrast to results on cooperative RJVs, non-cooperative RJVs lead to higher technological improvement when spillovers affecting independent R&D are low; the reverse holds for high spillovers. When RJVs yield higher technological improvement, they also yield higher industry profit and social welfare.

The relationship between human beings and technological systems

By combining the ontological approaches to technology of Dessauer, Ortega y Gasset and Heidegger, with the psychology of Jung, the integrated and psycho-constructivist approach to technology demonstrates that the relationship between human beings and technological systems is a symptomatic, symbiotic and synchronistic factor of human well-being and adaption.

New Zealand higher education in the age of technological convergence

There are competing discourses within New Zealand higher education on the impact of the converging 'forces' of technology, globalisation and corporatisation. Educational leadership in NZ exhibits a demonstrably weaker response compared with the literature and elsewhere. The current behaviour of media organisations may be indicative of any future educational response.

Doing things differently? : technological practice and change in higher education

Explores changes brought about by new technologies. "Technology" is seen to influence, reorder and restructure social and political relations and practices of staff. The study is intended to increase awareness of changing work practices and to encourage an informed and critical view of new technology adoption in education.

The technological knowledge of early childhood pre-service educators

With the current introduction of new national and state Early Years Frameworks and the increased interest and activity in educating early childhood educators, it was timely to investigate what knowledge, if any, early childhood educators had when it came to design technology. Although not prescriptive around technological understanding, the new Framework highlights children's learning related to "creativity", "exploration", "collaboration", and "problem-solving", in the context of connecting with people and technologies. This small pilot project asked 20 pre-service educators a number of questions designed to elicit both their understanding and their practices relating to technology. Responses were recorded and from those given, it was apparent that the Early childhood educators not only included technological activities in their daily practices with children, but generally had a basic understanding of technology, differentiated from other forms of learning activities.

Technological thinking in primary-aged children

When children are involved in design and technology activities, they are able to create solutions to problems, often in new and innovative ways. There have been few studies which have investigated how children work when undertaking technological activities and even fewer which have focused on children's thinking or knowledge while they have been involved in the production of a technological artifact. This paper reports on a research project involving 3 school, 4 classes and 80 children. The project focused on children's language, thinking and creativity while they designed and constructed a recycling device using recycled materials. Using children's written responses to key questions, we can highlight some of their thinking, knowledge and problem-solving strategies. It was clear from the children's responses that aspects of investigation, design, producation and evaluation were evident across all three sites. Findings on children's creativity and language were presented at previous Technology Education Research Conferences (TERC). 

Social cognitive theory in technological innovation

Purpose – The aim of this paper is to understand the behavior that Australian youths have towards wireless application protocol (WAP) banking.

Design/methodology/approach – This paper is based on a quantitative study of the youth market in Australia. Social cognitive theory is utilized to support a conceptual model that is empirically tested.

Findings – The major finding from the research is that the conceptual model is partially supported which indicates the immaturity of WAP technology.

Originality/value – Social cognitive theory provides a useful explanation for youth’s intentions to use WAP technology in the banking industry. The youth market is an early adopter of technology that presents a good indicator of future market potential.